
Research system and members
Members
Project Leader | Ryoichi Imasu | Atmosphere and Ocean Research Institute, University of Tokyo | Associate Professor | HP |
Research team | Wataru Takeuchi | Institute of Industrial Science, University of Tokyo | Associate Professor | HP |
Yutaka Matsumi | Solar-Terrestrial Environment Laboratory, Nagoya University | Professor | HP | |
Sachiko Hayashida | Faculty of Science Nara Women's University | Professor | HP | |
Naoko Saitoh | Center for Environmental Remote Sensing, Chiba University | Assistant Professor | HP | |
Masahiro Kawasaki | Solar-Terrestrial Environment Laboratory, Nagoya University (2013/4/1-) Research Institute for Humanity and Nature (-2013/3/31) | Visiting Professor Visiting Professor (Participation from 2012) |
HP |
Implementation system
Development of CO2 lower concentration analysis method [ Imasu Gr. ]
・ Development of CO2 lower concentration analysis method by utilizing synergy of satellite data.
・ Estimation of emissions by top down approach.
Basis of the satellite observation of CO2 and CH4 of different wavelength.
Development of integrated utilization method of various types of satellite sensor [ Takeuchi Gr. ]
・ Estimation of CO2 emissions by bottom up approach (NDVI method, FRP method).
Analysis flow of CO2 emissions by satellite integrated utilization.
Study on carbon cycle by CO2 balloon measurements [ Matsumi Gr. ]
・ Vertical profiles observation by CO2 sonde.
・ Validation of lower concentration analysis method by satellite integrated utilization.
Study on carbon cycle by CO2 balloon measurements (1).
Study on carbon cycle by CO2 balloon measurements (2).
CO2 continuous measurements by ground-based remote sensing (FPPI) [ Kawasaki Gr. ]
CO2 continuous measurements by ground-based remote sensing (FPPI).
Development of integrated analysis methods of CH4 concentration by satellite [ Hayashida Gr. ]
CH4 sampling observation [ Hayashida Gr. ]
Development of integrated analysis methods of CH4 concentration by satellite [ Saitoh Gr. ]
・ Development of analysis methods of CH4 lower concentration by satellite integrated utilization.
